SymbioNet/SymbioNet-QuantumWaste-Zurich
♻️ SymbioNet — Quantum Waste Symbiosis (Zurich)
AI & Quantum-Inspired Waste Optimization for a Greener Switzerland
SymbioNet combines AI-driven analytics and quantum-inspired optimization to model, visualize, and improve how cities manage and recycle waste. This prototype showcases a real-time map of Swiss cities, tracking CO₂ savings, recycling rates, and sustainable urban symbiosis.
🧠 Project Overview
The SymbioNet Zurich Prototype demonstrates how data science and smart visualization can inspire better waste-to-value solutions.
🔍 Key Components
- 🗺️ City Map Dashboard – Visualizes recycling performance and CO₂ reduction by city.
- 🌱 AI Optimization Engine – Simulates efficient waste management strategies.
- ⚛️ Quantum-Inspired Symbiosis – Models intercity collaboration for circular resource use.
- 📊 Dynamic Metrics – Displays tons of recycled material and CO₂ saved in real time.
📍 Explore the Live Map
The interactive dashboard shows which Swiss cities recycle more and save more CO₂.
Example Data Highlights:
- Top CO₂ Savings: Zurich – 74.45 tons
- Lowest CO₂ Savings: Lugano – 22.9 tons
- Most Waste Recycled: Zurich – 63.07 tons
- Least Waste Recycled: Lugano – 20.1 tons
💡 Bubble size = CO₂ saved 💡 Bubble color = total waste recycled
🏙️ About the Zurich Prototype
The Zurich Prototype is the first living model of SymbioNet, an AI-powered system designed to help cities transform waste data into sustainable action.
♻️ Goal: To simulate how interconnected Swiss cities could share and optimize waste resources, minimizing CO₂ emissions through collaborative recycling.
💡 Highlights:
- Integrates AI-driven prediction models for waste generation and recycling efficiency.
- Uses quantum-inspired optimization to balance logistics between cities.
- Visualizes real-time progress on an interactive CO₂ and waste-saving map.
- Demonstrates how urban symbiosis can become measurable and actionable.
🧭 Vision for 2026: To expand SymbioNet across Europe — connecting cities into one sustainable, data-driven ecosystem.
🧩 Technology Stack
🧬 How It Works
- Data Processing: Waste and CO₂ data from simulated Swiss cities.
- AI Optimization: Algorithm models recycling efficiency and potential symbiotic gains.
- Visualization: Plotly + Gradio display an interactive waste & CO₂ map.
- Impact Simulation: Users explore data to identify high-impact recycling hubs.
🌍 Vision
“Turning Waste Into Value — powered by AI and Quantum Symbiosis.”
SymbioNet’s mission is to promote sustainable circular economies using intelligent systems that balance urban ecology, data, and innovation.
🤝 Team & Credits
👨💻 Lead Developer & Concept: Abraham Isaq 🌿 Project Name: SymbioNet – Quantum Waste Symbiosis (Zurich) 🏢 Location: Zurich, Switzerland 🧠 Built With: Gradio, Plotly, Pandas, NetworkX, Haversine 🔬 Powered By: Hugging Face Spaces
“Our mission is to create intelligent harmony between urban life and the environment — one dataset at a time.”
© 2025 SymbioNet Project – Zurich Prototype For inquiries or collaboration: info@symbionet.ai